Description
Book SynopsisGamma radiation is a penetrating form of electromagnetic radiation arising from the radioactive decay of atomic nuclei. This type of radiation imparts the highest photon energy, and while it can damage the human body, it also provides several practical applications. Chapter One describes the application of gamma radiation for the sterilization process in medical devices, the food industry, and nuclear power plants, as well as its behavior, properties, and other applications. Chapter Two deals with the effects induced by gamma radiation, new research focused on the changes caused by gamma radiation, and the contributions of dosimetry to the understanding of gamma radiation. Chapter Three describes the use of radiation for inducing mutations in modern plant breeding. Chapter Four analyzes the effects of gamma irradiation on different carbon-based nanomaterials. Lastly, Chapter Five addresses the importance of using polylactic acid and gamma radiation for producing novel polymer composites, which enhance their sustainability and environmental aspects.
Table of ContentsPreface; Gamma Irradiation: Properties, Behavior and Applications; Effects of Gamma Radiation on Matter: Dosimetry Challenges; Plant Mutation Breeding for Crop Improvement; Gamma Rays in Carbon-Based Nanomaterials Modification; Polylactic Acid and Gamma Rays for Developing Novel Polymer Composites; Index.
